Cyber Security

SIGSaR: Signal Security and Resilience

Signal Intelligence for detection, classification, identification, and Adaptive Response

Seamless Application of Post-Quantum Cryptography

Quantum Computing is a promising computing paradigm that leverages quantum physics to overcome the trend declination of Moore's Law. While this is a substantial revolutionary boost to computing systems, it is rather disruptive to digital security that is genuinely built on cryptographic primitives like RSA, ECC, and AES. To give a feel of this boost, it would take a quantum computer only few hours to break a cryptographic primitive, whereas a decent supercomputer may need thousands of years. Although production-grade quantum computers may be a decade away, the assumption that their threat

Cyber Resilient Decentralized Agentic Security Operation Center (SOC)

There is a notable increase in cyberattacks, targeting vital digital services like energy, water, oil plants, communication and transportation infrastructure, etc. The lack of right cybersecurity and resilience solutions can transform the blessing of the digital transformation into a curse, thus leaving significant societal threats and economic damage. Security Operation Centers (SOC) are therefore becoming a necessary part of every digital and critical infrastructure with the main roles of defining cybersecurity policies, processes, and implementing detection and response mechanisms and tools

LLM-based Assistant for L-x Security Operation Center (SOC) Analyst

There is a notable increase in cyberattacks, targeting vital digital services like energy, water, oil plants, communication and transportation infrastructure, etc. The lack of right cybersecurity and resilience solutions can transform the blessing of the digital transformation into a curse, thus leaving significant societal threats and economic damage. Security Operation Centers (SOC) are therefore becoming a necessary part of every digital and critical infrastructure with the main roles of defining cybersecurity policies, processes, and implementing detection and response mechanisms and tools

Advanced Dynamic and Static Malware Analysis using LLMs

The increasing complexity of malware highlights the need for advanced analysis tools, both static and dynamic, for effective reverse engineering and behavioral analysis of a given sample. While static methods such as disassembly and code review remain crucial, many malware samples use packers and obfuscation techniques that necessitate memory captures and dynamic analysis [Dynamic, 2012]. Similarly, hooking system and API calls at lower levels provides a more comprehensive view of a program’s true behavior. It enables analysts to capture transient execution stages in a multi-layered malware

Cyber Secure and Resilient System-on-Chip

Cyber Secure and Resilient System-on-Chip using FPGA Dynamic Configuration, Post-Quantum Cryptography, AI/ML/LLM Accelerators

Cyber Security and Resilience of LEO Satellite Constellations

Cyber Security and Resilience of LEO Satellite Constellations through Building PKI for inter-constellations, SW/HW updates, Collision and Debris Avoidance.

Mehdi Zakroum

Ahmar Husain

Hassan Hadi

Hassan Hadi

Research Specialist on Cyber Security

Mohamed Ads

Visiting Student, King Abdullah University of Science and Technology